Are you looking for a precise monitor for vision science, eye-tracking, or EEG? In a new preprint, we tested an interesting new display option with excellent timing performance: "High-speed" organic light-emitting diode (OLED) monitors. A summary:🧵[1/n]

Neuropixels 2.0 probes are now on sale! Multi-shank, miniaturized, higher density than 1.0. To order: https://t.co/nHqg08TArd Our paper about the probes: https://t.co/YRL8lgyXWV

🧠🐭🔭 Neuroscience is in a new era: we’ve never been able to collect as much neural & behavior data as we can now,🔋 by new eng & AI. We aim to build a Brain & Behavior Observatory, building on community #WeNeedYou 📝: https://t.co/Z59h8e88dO 🧠🐭🔭:

We are excited to present a Brain-Wide Map of neural activity during a complex decision-making behavior, a product of the monumental effort of 22 labs: 547 Neuropixels recordings in 267 brain regions from 115 mice collected in 11 labs 🐭 (1/8) https://t.co/5W0RqM6xpB

Publication alert🚨I analyse the global use of science #OpenHardware and how to design tools that improve technology access. "Open hardware: From DIY trend to global transformation in access to laboratory equipment" @PLOSBiology @cziscience @GOSHCommunity https://t.co/S8kGL0p7Zz

We're migrating our email service. All fingers crossed.

First Bpod-powered publication of 2023 - a surprise discovery! Congrats to Panna, co-authors & @balazs_hangya!

You know you've really made it when:

Thanks to Zoltán Szadai and the team behind him + @KepecsLab Cortex-wide response mode of VIP-expressing inhibitory neurons by reward and punishment https://t.co/mXwsIbwTqy 19 layers 120 cells + nice behaviour!- #bpod + #AOD @SanworksLLC + @Femtonics

🚨 BIG DATA RELEASE 🚨 We are beyond excited to announce the release of our Brain Wide Map of neural activity during decision making! It consists of 547 Neuropixel recordings of 32784 neurons across 194 regions of the mouse brain 🐭🧠 (1/7)

Bonsai 2.7 is out now at https://t.co/HzZjhx18Xy This release was a large team effort to design and test a large number of backend restructuring to make the language and editor even more flexible and prepare cross-platform roadmap. A summary of what's new below.

The final level of validation has begun. Audio not optional. Props to Florian Rau for innovating this unique test procedure.

The sun never sets on Sanworks R&D! We were thrilled to host Florian Rau at our Rochester HQ this month. His Bpod Stepper Module automates precise movement in Neuroscience experiments, a great contribution from Poulet Lab at MDC Berlin. Details here: https://t.co/LB1HG8HKyD

The global chip shortage now has its own mini-series: https://t.co/2xTL44zmmr via @YouTube

🚨Pre-print announcement!🚨 We are excited to share our new pre-print addressing an important issue in systems neuroscience: reproducibility. 🧵 (1/8) https://t.co/n0MWWlPFIG

In Foraging Tasks, New Opportunities to Study the Brain’s Complexity https://t.co/D060nM3xFz via @SimonsFdn

Are you doing ephys with optogenetics and are having issues with light-induced artifacts? I learned this great trick from @SteinmetzNeuro, it either completely solves the artifact or greatly reduces it. (1/3)

Good documentation is an essential part of making open-source projects accessible & useful. To make our documentation easier to find and use, we now have dedicated docs sites for each of our tools! Find them all at: https://t.co/UrpqHTuqAD

Do you want to learn how to build 2p scope and ephys rig from a pile of thorlabs & digikey parts in a pastural wonderland while entertained with slide-guitar and improv comedy and engaged in buoyant scientific discussion until dawn? Then, you should apply: https://t.co/TWoDxJTqV6

Lovely piece on the challenges and achievements of the @IntlBrainLab